Frequency Domain Analysis » Exercise – 1
5. The open-loop transfer function of a unity feedback control system is 10/(s +5)3 . The gain margin of the system will be :
(a) 20 dB
(b) 40 dB
(c) 60 dB
(d) 80 dB
Explanation
Explanation : No answer description available for this question. Let us discuss.
Subject Name : Electronics Engineering Exam Name : IIT GATE, UPSC ESE, RRB, SSC, DMRC, NMRC, BSNL, DRDO, ISRO, BARC, NIELIT Posts Name : Assistant Engineer, Management Trainee, Junior Engineer, Technical Assistant
Electronics & Communication Engineering Books
Related Posts Frequency Domain Analysis » Exercise - 112. For a factor 1/(s + 4 )2 at ω = 2 (a) -6 dB (b) -2 dB (c) -4 dB (d) +6 dB Tags: db, frequency, domain, analysis, exercise, /(s, electronics, engineering
Frequency Domain Analysis » Exercise - 111. The gain margin of a system is 0 dB. It represent a : (a) stable system (b) unstable system (c) conditionally stable system (d) marginally stable system Tags: system, frequency, domain, analysis, exercise, gain, margin, db, electronics, engineering
Frequency Domain Analysis » Exercise - 1 4. The following Bode plot represents : (a) 100s2/(0.1+0.1s)3 (b) 1000s2/(1+0.1s)3 (c) 100s2/(1+0.1s)5 (d) 1000s2/(1+0.1s)5 Tags: frequency, domain, analysis, exercise, electronics, engineering
Time Domain Analysis » Exercise - 14. A unity feedback system has open-loop transfer function The peak overshoot in the step-input response of the system is approximately equal to : (a) 5% (b) 10% (c) 15% (d) 20% Tags: domain, analysis, system, exercise, unity, feedback, open-loop, transfer, function, electronics
Frequency Domain Analysis » Exercise - 115. The damping ratio ξ of a system is 0.5. The value of Mr is : (a) 2.308 (b) 1.54 (c) 1.01 (d) none of these Tags: frequency, domain, analysis, exercise, system, electronics, engineering